智能手机的屏幕是所有元件里最耗电的，所以降低屏幕亮度是降低电池损耗的最简单的办法。
A smartphone's screen consumes more energy than any other component, so the easiest way to cut down battery drain is to reduce your screen brightness.
磁性元件的损耗在开关电源中占相当大的比例，因此磁芯损耗的计算在开关电源设计中相当重要。
The losses of magnetic components occupy a considerable proportion in switching power supply, so the calculation of core loss is very important.
由于采用了较高的斩波频率和新颖的控制策略，减小了滤波元件的尺寸，并降低了IGBT的开关损耗。
With high chopping frequency and novel control strategy, the size of filter elements is reduced and switching loss of IGBTs drops.
基于负荷和发电机的复功率在支路上引起的有功损耗分量，给出了负荷和发电机对元件使用份额的新定义。
Based on the branch active loss components incurred by individual loads and generators, a novel definition of the using portion of a power element by a particular load or generator is proposed.
本文首先分析了新型光纤环敏感元件的敏感机理，给出其微弯光损耗的理论模型；
This paper analyses the mechanism and gives the theoretical model of the micro bend loss in the optic fiber sensing ring.
介绍了RFSOICMOS技术的特点。着重论述了RF SOI CMOS技术的低串扰特性、低损耗特性及其优质无源元件的性能。
Features of rf SOI CMOS technology are presented with emphasis on its low cross-talk characteristics and passive element performances.
作为传感元件，光纤光栅将被测的信息转化为其反射波长的移动，即波长解调，因此不受到光功率波动和系统损耗的影响。
As a sensor element, fiber optic and grating transformed the information into reflecting wavelength shift. It also named wavelength demodulation which is immune for light power waving and system loss.
对其光学性能进行了模拟分析，结果表明，该元件具有大调谐范围、低光功率损耗以及很小波长依赖性。
Numerical simulation of its optical performance shows that a high dynamic range, low optical loss, and relatively low wavelength-dependence can be achieved.
对其光学性能进行了模拟分析，结果表明，该元件具有大调谐范围、低光功率损耗以及很小波长依赖性。
Numerical simulation of its optical performance shows that a high dynamic range, low optical loss, and relatively low wavelength-dependence can be achieved.
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